MOP-GLT240128D-BGFW-12N-3IN

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The MOP-GLT240128D-BGFW-12N-3IN display module belongs to the family of LCD, OLED, Graphic display modules. It is a FSTN monochrome display that is specifically designed for low power applications and with improved Optical characteristics such as high contrast ratio and wide viewing angles. The display module has been designed for general-purpose applications, such as industrial automation, medical and instrumentation, navigation and automotive (ECU).

General Features

• High Contrast Ratio
• Wide Viewing Angles - up to 170°
• Low Power Consumption - only 270mW max.
• LED Backlit - 3V supply voltage
• Wide Temperature Range -20 °C to 70 °C
• FSTN Negative (Black on White) on a 180° White Reflective Background

The MOP-GLT240128D-BGFW-12N-3IN display module has a 24 x 128 pixel resolution, a viewing area of 5.00 " x 2.25" and a dot size of 0.17" x 0.20". It has a LED backlight and a power consumption of 270mW max. The module’s driver IC is made by Newhaven Display (NHD). The FSTN Negative (Black on White) display has a high contrast ratio and wide viewing angles of up to 170°. It has a wide temperature range of -20 °C to 70 °C.

Working Principle

The MOP-GLT240128D-BGFW-12N-3IN display module is a type of dot matrix display which uses an array of colored liquid crystals to create an image on the LCD. Liquid crystal is a type of material that changes its physical properties in response to an applied electric current. When the current is applied, the liquid crystals become transparent, allowing light to pass through them, creating an image. The display module receives data from a processor on the module’s driver IC (Newhaven Display) which is then processed to drive the LCD.

The MOP-GLT240128D-BGFW-12N-3IN display module is suitable for general-purpose applications, such as industrial automation, medical and instrumentation, navigation, automotive (ECU), and more. It is an excellent choice for applications requiring a wide viewing angle, low power consumption and high contrast ratio.

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